Child being evaluated for an ankle sprain at POBAR in Tampa, FL, where pediatric orthopedic specialists assess whether the injury involves ligaments or growth plates.

Ankle Sprains in Children: More Than Just a Twisted Ankle

Dr Bradley / September 30, 2026

When a child rolls their ankle during a soccer game or a fall on the playground, the first response is usually to assume it is a simple sprain that will heal with rest, ice, and a few days off activity. In many cases, that assumption is reasonable. But in children, an ankle injury that looks and feels like a sprain deserves a closer look than it would in an adult, because the anatomy of a growing child’s ankle means that what appears to be a soft tissue injury may actually involve the growth plate. At POBAR, our pediatric orthopedic specialists evaluate ankle injuries in children with this distinction firmly in mind, because getting it right from the beginning makes a meaningful difference in how well the ankle heals. If your child has twisted their ankle and the symptoms are not resolving as expected, schedule an evaluation today. The ankle is one of the most commonly injured joints in active children, and it is also one of the most frequently misunderstood when it comes to how pediatric injuries differ from adult ones. Why Children’s Ankles Are Structurally Different In adults, the ligaments surrounding a joint are relatively weaker than the bone, which is why adults tend to sprain their ligaments when they twist an ankle. The bone remains intact and the soft tissue takes the damage. In children, this relationship is reversed. The growth plates in a growing child’s bones are composed of cartilage, which is significantly weaker and more vulnerable to injury than the surrounding ligaments. When a child twists their ankle with enough force, the most likely point of failure is the growth plate at the end of the fibula, one of the two bones in the lower leg, rather than the ligaments on the side of the ankle. This means that many ankle injuries in children that are called sprains are actually fractures through the growth plate. The injury may not look dramatic on the outside. The child may be able to put some weight on the ankle. There may be swelling and bruising that looks similar to a typical sprain. Without a careful physical examination and appropriate imaging interpreted by someone experienced in pediatric orthopedics, a growth plate fracture can be missed and treated as a soft tissue injury, which is an important distinction when it comes to healing and monitoring. The Problem With Applying Adult Standards to Children There is a well-known clinical decision tool called the Ottawa Ankle Rules that emergency physicians use to decide whether an adult with an ankle injury needs an X-ray. Research has shown clearly that these rules are not reliably applicable to children, particularly younger children, because the anatomy and injury patterns are fundamentally different. A child who passes the criteria that would rule out fracture in an adult may still have a significant growth plate injury that warrants imaging and orthopedic evaluation. This is not a criticism of general emergency providers, who appropriately follow evidence-based guidelines. It is simply an explanation for why a child who was seen at urgent care and told they have a sprain may benefit from follow up with a pediatric orthopedic specialist if symptoms persist or if the original evaluation did not include pediatric-specific assessment protocols. Signs That Suggest More Than a Soft Tissue Sprain Not every twisted ankle in a child requires immediate specialist referral, but there are specific patterns that suggest the injury may involve more than ligaments. Tenderness directly over the outer portion of the ankle bone rather than just over the ligament in front of or below it is a meaningful sign in a growing child. Significant swelling that develops quickly, inability or strong reluctance to put weight on the ankle, or pain that does not begin to improve within a few days of standard sprain care are all reasons to seek orthopedic evaluation. It is also worth noting that younger children and adolescents in different stages of skeletal development have different patterns of vulnerability. A young child whose growth plates are still quite active faces different risks than a teenager who is approaching the end of their growth period. At POBAR, the evaluation takes the child’s age and stage of development into account as a fundamental part of assessing the injury. What Proper Evaluation and Treatment Involve At POBAR in Brandon, evaluating a child’s ankle injury begins with a careful physical examination that specifically assesses areas of tenderness in relation to the known locations of growth plates and ligaments in a growing ankle. X-rays are interpreted with an understanding of how a child’s developing bones should appear at each stage of growth, and what findings require additional imaging or monitoring. When a growth plate injury is confirmed, the treatment plan is tailored to the type and severity, which may range from a walking boot or cast for several weeks to surgical treatment for injuries where the bone has shifted out of alignment. True ligament sprains do occur in children, particularly in older adolescents, and they are managed with the same general principles that apply in adult ankle sprains: rest, appropriate support, progressive rehabilitation, and a gradual return to activity when the ankle is stable and pain-free. What differs is the threshold for imaging and specialist involvement, because the cost of missing a growth plate injury in a child is higher than missing one in an adult whose bones are no longer growing. Active Kids Deserve the Right Start at POBAR Children who love to run, jump, and compete deserve to have their injuries evaluated by specialists who understand what makes a child’s anatomy unique. At POBAR in Brandon and Riverview, our team is here to make sure that a twisted ankle gets the assessment it actually needs, whether that means reassurance that a true sprain is healing on track or identifying and treating a growth plate injury before it has a chance to affect your child’s development. When something does not seem right after your child’s ankle injury,

Pediatric orthopedic specialist at POBAR in Tampa, FL examining a child's growth plate injury and explaining treatment options to a concerned parent.

Sport Injury

Growth Plate Injuries: Why Kids Need Specialized Care

Dr Bradley / September 19, 2026

When a child gets hurt during play or sports, a parent’s first instinct is to hope it is nothing serious. In many cases, that hope is justified. But there is a category of injury in growing children that looks like a simple sprain or minor fracture on the outside and turns out to be something that deserves considerably more careful attention: a growth plate injury. At POBAR, our pediatric orthopedic specialists see these injuries regularly, and the most important thing parents can understand is that a child’s skeleton is fundamentally different from an adult’s, which means these injuries require a different kind of evaluation and care. If your child has experienced an injury near a joint and something does not seem quite right, schedule an evaluation today. Understanding what growth plates are and why they matter is the foundation of understanding why these injuries are taken so seriously in pediatric orthopedic care. What Growth Plates Are and Why They Matter Growth plates are areas of soft, developing cartilage located near the ends of the long bones in a child’s arms and legs. They are sometimes called the physis, and they are the regions where bone growth actually occurs. As a child grows, the growth plates gradually produce new bone tissue, lengthening the bones over time. This process continues until the child reaches skeletal maturity, which typically happens around age 14 to 16 in girls and 16 to 18 in boys. Once growth is complete, the growth plates harden and close, replaced by solid bone. Until that closure happens, the growth plates are the structurally weakest points in a child’s skeleton. In adults, ligaments and tendons are often the weakest link when a joint is stressed, which is why adults tend to sprain. In children, the growth plate is weaker than the surrounding ligaments, which means that forces that would cause a sprain in an adult may instead cause a fracture through the growth plate in a child. This is one of the most important differences between pediatric and adult orthopedics, and it is the reason that an injury that appears to be a simple sprain in a child sometimes warrants a closer look. Why Growth Plate Injuries Are Different From Other Fractures Growth plate injuries are classified using a system that describes how much of the growth plate and surrounding bone is involved. The type of injury matters because it directly affects the treatment approach and the likelihood of complications. Minor injuries involving only the growth plate itself often heal well with appropriate immobilization. More complex injuries that extend into the joint or the bone shaft may require surgical treatment to ensure proper alignment and reduce the risk of growth problems afterward. The most significant concern with growth plate injuries that are not properly recognized and treated is their potential to affect how the bone grows going forward. An untreated or poorly treated growth plate injury can lead to a bone growing at an abnormal angle, or one limb growing shorter than the other. These are not inevitable outcomes, and the majority of growth plate injuries heal without lasting problems when they are identified and managed appropriately. But those good outcomes depend on getting the right evaluation in the first place. Why These Injuries Can Be Easy to Miss One of the challenges with growth plate injuries is that they do not always look like dramatic fractures. A child who has injured their growth plate may have swelling and tenderness around the affected area but may still be able to move the limb. On a standard X-ray, some growth plate injuries are not immediately obvious because the cartilage of the growth plate does not show up on X-ray the way bone does. What appears as a “normal” X-ray finding in an adult may represent an injury through the cartilage in a child. This is precisely why specialized pediatric orthopedic evaluation matters. Physicians trained in pediatric orthopedics know where growth plates are located, what their normal appearance should be at different stages of development, and what subtle signs on imaging or examination suggest an injury has occurred. They also know when additional imaging may be needed to clarify what standard X-rays cannot fully show. Common Locations and What Parents Might Notice Growth plate injuries most commonly occur at the wrist, ankle, and knee, though they can happen at any joint where a growth plate is present. After an injury to one of these areas, parents should pay attention to whether the child is tender directly over the bony prominence of the joint rather than over the ligament on the side of the joint. Tenderness over the growth plate area, significant swelling, or a child who is unwilling to use the limb normally after an injury are all signs worth having assessed by a pediatric orthopedic specialist. It is also worth noting that overuse injuries can affect growth plates as well, not just acute traumatic incidents. In young athletes who are training intensively, repetitive stress on a growth plate can cause pain and inflammation that, if not recognized and managed, can lead to more significant injury over time. Any child who has persistent pain around a joint during or after sports activity should be evaluated rather than encouraged to push through it. Personalized, Expert Care at POBAR At POBAR in Brandon, every child is seen as an individual with a growing body that deserves evaluation from specialists who understand its unique structure. Our pediatric orthopedic team combines thorough clinical assessment with appropriate imaging to ensure that growth plate injuries are identified accurately and treated in a way that protects both the injured area and the child’s growth potential. If your child has had a recent injury and you are not fully certain it has been evaluated with growth plates in mind, we are here to provide that peace of mind. Frequently Asked Questions How do I know if my child has a growth plate injury rather than a sprain? Because growth

POBAR pediatric specialist in Tampa showing a parent how to properly fit and load a child's backpack to prevent back pain.

Sprains

Is My Child’s Backpack Hurting Their Back?

Dr Bradley / August 26, 2026

As the school year begins, most parents are thinking about supplies, schedules, and new shoes — but the backpack sitting on your child’s shoulders deserves just as much attention. Heavy or improperly worn backpacks are one of the most common and most overlooked causes of back, neck, and shoulder pain in school children. At POBAR, our team works with families in Tampa who are surprised to learn that a simple adjustment to how their child carries their bag can make a real difference in how their body feels. If your child has been complaining of aches after school, now is a great time to take a closer look at what they are carrying and how. It can feel easy to dismiss a child’s back pain as tiredness after a long day, but when it becomes a regular complaint, it is worth investigating. Children’s spines are still developing, and the strain of carrying too much weight in the wrong position day after day can affect posture, muscle balance, and overall comfort during some of the most active years of their lives. Why Backpacks Cause More Strain Than Parents Expect The spine is designed to carry weight when it is distributed evenly and close to the body’s center of gravity. A properly loaded backpack worn correctly works with the spine rather than against it. The problem comes when the bag is too heavy, the straps are too loose, or the weight shifts away from the back. When that happens, children naturally compensate — leaning forward, rounding the shoulders, or tilting to one side. Over time, these compensations strain muscles, compress joints, and create real pain. Research shows that more than half of school children regularly carry backpacks that exceed safe weight guidelines, and about a third of those children report experiencing back pain as a result. These are not dramatic injuries — they are the quiet, cumulative kind that build up over weeks and months without anyone noticing until the child starts dreading the walk to school. The Weight Rule Every Parent Should Know The most important guideline for backpack safety is simple: a child’s backpack should not weigh more than 10 percent of their body weight. For a child who weighs 60 pounds, that means the backpack should weigh no more than six pounds. For a child who weighs 100 pounds, ten pounds is the limit. These numbers may seem surprisingly low, especially when you factor in a laptop, several textbooks, a water bottle, gym clothes, and lunch. This is why checking the backpack weight regularly, not just at the start of the year, is worthwhile. What starts as a manageable load in September can quietly grow heavier by October as more materials accumulate. A small kitchen scale at home makes this check quick and easy. How the Backpack Is Worn Matters as Much as What Is Inside Parents often focus on what goes into the backpack but pay less attention to how it sits on the body. Both matter equally. A bag worn over one shoulder shifts all the weight to one side, causing the body to lean and creating uneven stress on the muscles and spine. Even a lighter bag worn this way can cause discomfort over time. The backpack should always be worn with both straps. Straps should be adjusted so the bag sits close to the back, with the top of the pack roughly level with the shoulder blades and the bottom resting near the waist. A loose bag that hangs low pulls the body backward and forces the child to arch or bend forward to compensate. Waist and chest straps, when available, help distribute weight across the core rather than concentrating it on the shoulders. When packing the bag, the heaviest items; textbooks and laptops, should sit closest to the child’s back. Lighter items go toward the front. This placement keeps the center of gravity where it belongs and reduces the pulling sensation that causes leaning. Choosing a Backpack That Works for Your Child’s Body Not all backpacks are built the same, and the features that look nice in a store are not always the ones that protect a growing spine. When selecting a bag, POBAR recommends looking for a few key qualities: Wide, padded shoulder straps that distribute weight across a larger surface area A padded back panel that keeps contents from pressing into the spine Multiple compartments to spread weight evenly A size that fits the child’s torso, not one that hangs past the lower back A waist or chest strap for heavier loads Avoid oversized bags. The more space a backpack has, the more likely it is to be filled. A bag sized for the child’s age and frame encourages carrying only what is needed. Signs Your Child’s Back Pain May Need Evaluation Most backpack-related back pain improves quickly once the load is lightened and the bag is worn correctly. However, some symptoms deserve a closer look. If your child’s back pain is persistent, severe, or accompanied by tingling or numbness in the arms or legs, it is worth scheduling an evaluation with a pediatric specialist. At POBAR, the team sees children whose back pain began as a backpack issue and turned out to involve an underlying condition that needed attention, such as a growth plate strain or early spinal concern. Getting the right evaluation rules out anything more serious and gives parents peace of mind. You do not need to wait until the pain is significant — if something feels off, it is always worth checking. Simple Habits That Protect Your Child’s Spine All Year Beyond the backpack itself, a few daily habits support a healthy spine throughout the school year: Encourage your child to use their locker or classroom storage throughout the day rather than carrying everything at once Remind them to lift the backpack with both hands before slipping it on, rather than swinging it over one shoulder Check in periodically about how their back is feeling, since children

Joint Concerns

Helping Your Child Stay Active Despite Joint Concerns

Dr Bradley / April 23, 2026

Helping your child stay active despite joint concerns like Osteochondritis Dissecans (OCD) begins with understanding the condition and giving your family the tools to navigate it with confidence. Children and teens involved in sports may develop this condition when a piece of cartilage and underlying bone separates from a joint surface, most often in the knee but also in the elbow or ankle. This can cause pain, swelling, and difficulty with movement that may impact participation in play and athletic activities. If you notice persistent joint pain, swelling, or changes in how your child moves, reach out to POBAR to learn how we can help your child stay engaged in life and play. Children who love sports and play may show subtle changes before more obvious symptoms of Osteochondritis Dissecans appear, and those early signs are often the key to preserving joint health while keeping your child active. The discomfort they experience during running, jumping, or pivoting might lead them to stop participating or limp when they walk — signals that merit attention from a pediatric orthopedic specialist trained in OCD care. Rather than simply signaling the end of activity, these early changes offer an opportunity to adjust your child’s routine in ways that protect their joints and still allow for fun and growth. With the right plan, most children can continue to enjoy age‑appropriate movement, even if that looks different from their initial sports schedule. Understanding Osteochondritis Dissecans in Children Osteochondritis Dissecans in children is a joint condition where a fragment of bone with its overlying cartilage becomes weakened and may detach due to interrupted blood supply and repetitive stress on a joint during growth. The knee is the most commonly affected joint, but the elbow and ankle are also susceptible, particularly in young athletes who engage in repetitive motions and high‑impact activities. Symptoms often include pain during activity, swelling around the joint, and sometimes a sense that the joint is catching or locking, which can understandably lead to frustration in an active child. The severity of symptoms and how they affect your child’s daily activities depends on how large the lesion is and whether the affected piece of bone and cartilage remains stable. Diagnosis typically involves a pediatric orthopedic evaluation that includes a physical exam and imaging studies such as X‑rays, which help visualize the bone and joint. In many cases, an MRI is also used to assess how the cartilage and subchondral bone are involved and whether any loose pieces are present within the joint space. These studies give specialists a clear picture of your child’s joint health and help guide individualized treatment plans. What Causes Osteochondritis Dissecans? While the precise cause of OCD remains partly unknown, most experts agree it is linked to repetitive stress or microtrauma to the joint during periods of rapid growth. Young athletes who participate in activities that involve frequent running, jumping, or throwing may be particularly at risk. There may also be a genetic component or variations in joint development that influence how susceptible a child is to this condition. Additionally, periods of rapid skeletal growth during childhood and adolescence may make certain joints more vulnerable to disruptions in blood flow that predispose to an OCD lesion. Although these risk factors can increase the likelihood of an OCD lesion, many children with joint symptoms experience only mild changes that respond well to careful activity modification and monitoring rather than immediate surgery. Understanding these factors can empower parents to make thoughtful decisions about activity levels and rest. Recognizing Symptoms That May Affect Activity Children with Osteochondritis Dissecans may exhibit several symptoms that can interfere with normal play and sports participation: Pain with Activity: The most common sign is discomfort that increases with weight‑bearing activity and may improve with rest. Swelling and Tenderness: Some children experience noticeable swelling around the affected joint after exercise or prolonged use. Decreased Range of Motion: Your child might have difficulty fully bending or straightening the knee, elbow, or ankle. Catching or Locking: Sensations of the joint locking or catching during movement suggest that a fragment may be interfering with smooth motion. Instability: A feeling that the joint is “giving way” can make your child hesitant to participate in activities that require sudden changes in direction. These symptoms often prompt families to reduce activity to avoid pain. However, the goal is to find a balance that protects the joint without completely isolating your child from movement, which is essential for overall health and wellbeing. How to Help Your Child Stay Active Safely Supporting your child’s desire to stay active while managing Osteochondritis Dissecans involves strategic adjustments that protect the affected joint and promote healing: Activity Modification: Instead of high‑impact sports, encourage low‑impact activities like swimming or cycling, which strengthen muscles without excessive stress on the joints. Proper Warm‑Up and Cool‑Down: Ensuring your child warms up before play and cools down afterward can reduce joint stress and help maintain flexibility. Strength and Flexibility Exercises: Physical therapy focused on strengthening the muscles around the joint can improve stability and support healthy movement. Structured Rest: Incorporating rest periods into your child’s routine helps reduce inflammation and gives injured cartilage and bone a chance to recover. Protective Gear: Using braces or supportive padding during high‑risk activities may provide additional joint support without completely stopping activity. These approaches emphasize keeping your child engaged in movement that feels good and is appropriate for their stage of healing, rather than eliminating activity entirely. Your pediatric orthopedic specialist can help you tailor these strategies based on your child’s symptoms and lifestyle. When to Consider Specialist Intervention If your child’s symptoms persist despite activity modification and supportive care, or if imaging studies show a loose fragment of bone within the joint, our pediatric orthopedic specialist may recommend more structured interventions. In growing children, many OCD lesions can heal with conservative approaches like rest, temporary immobilization, and gradual return to activity under guidance. However, if the lesion doesn’t heal or pain continues, surgical options such as drilling

Gait Abnormalities

Early Signs of Arm or Leg Differences and What to Do Next

Dr Bradley / April 9, 2026

Children’s arms or legs that look different from what you expect can be unsettling for any parent, but recognizing early signs of arm or leg differences can make a profound difference in your child’s health and development. Visible curvature, limb-length differences, or unusual gait patterns may be early indicators of underlying orthopedic issues that benefit from expert evaluation. At POBAR, we offer gentle, child‑friendly assessment and personalized care to guide families through diagnosis and treatment options with compassion and clarity. If you notice any signs that concern you, reach out to our pediatric orthopedic team to learn how we can help your child thrive. From the moment you notice one limb looking different from the other, your caregiving instincts kick in—so you’re not alone in that concern about early signs of arm or leg differences. Some children may have visible asymmetry, bowed limbs, or an irregular way of walking that seems “off,” and these signs can point to conditions ranging from growth variations to congenital differences. Understanding what to watch for and what steps to take next empowers you to pursue the right care early. Being observant now sets the stage for confident decision‑making about your child’s musculoskeletal health. What Are Early Signs to Watch For? When parents notice something unusual about a child’s arms or legs, it can trigger worry—but understanding which signs suggest the need for specialist evaluation helps you act with reassurance. Early signs of arm or leg differences often involve visible asymmetry, such as one arm or leg appearing shorter or more bowed than the other, uneven shoulder or hip height, or an unusual gait when your child walks or runs. These findings may be subtle at first, but if they persist or are associated with discomfort, reduced mobility, or changes in how your child uses the limb, a pediatric orthopedic assessment is recommended. Some children may also show restricted range of motion or have difficulty reaching, climbing, or participating in age‑appropriate activities compared with their peers. These observable patterns are often the first clues that specialist evaluation and imaging studies—like X‑rays or CT scans—can help clarify. Early recognition allows for thoughtful monitoring or intervention before more significant functional concerns develop. Common Patterns That May Indicate an Underlying Issue Not all differences in limb appearance signal a serious problem, but some patterns are worth paying attention to: Limb-Length Discrepancy: One arm or leg noticeably longer or shorter than the other, which can affect posture or gait. Bowed or Knocked Knees: Legs that curve outward or inward beyond typical developmental variation. Angular Deformities: Visible bends or angulation in bones that don’t align with normal growth patterns. Uneven Gait or Movement: Limping, toe walking, or awkward stepping that persists beyond expected developmental stages. Asymmetrical Appearance: Shoulders, hips, or wrists that appear uneven or a limb that “looks different,” regardless of discomfort. While many of these findings are part of normal variation in early childhood, persistent or progressive differences are worth evaluation. Pediatric orthopedic specialists are trained to distinguish between typical developmental patterns and those that may require monitoring or intervention. Why Early Recognition Matters Spotting early signs of arm or leg differences isn’t just about appearance—it’s about your child’s overall function and comfort. Left unaddressed, some limb differences can lead to pain, compensatory movement patterns, or limitations in sports and everyday activities. For example, a significant limb-length discrepancy can alter how your child walks and may contribute to joint discomfort if left untreated. Likewise, angular deformities like bowed legs that don’t resolve with age may point to an underlying growth issue, such as rickets or growth plate disturbance, which benefits from early specialist care. Recognizing these patterns early allows healthcare professionals to tailor a plan that may include observation, bracing, guided growth techniques, or surgery, depending on your child’s unique needs. What to Do Next: Path to Evaluation and Diagnosis If you see signs that concern you, the next step is compassionate, comprehensive assessment by a pediatric orthopedic team. Our process begins with a detailed physical examination and a thoughtful conversation about your child’s development and symptoms. Advanced imaging, such as X‑rays or CT scans, may be used to understand the shape and alignment of bones in the arms or legs. These studies offer a clearer picture of how the bone is growing and whether there is a structural difference. After diagnosis, a personalized treatment plan is developed with your family’s goals and your child’s functional needs at the center. Understanding Possible Causes Early signs of arm or leg differences can arise from a variety of underlying causes, and understanding these helps set expectations for care. Some children may have congenital differences present at birth due to conditions that affect limb formation, like fibular hemimelia or radioulnar synostosis. Other differences occur from growth disturbances or injuries to growth plates, which can alter how bones lengthen over time. Conditions such as rickets, caused by vitamin D deficiency, can lead to bowing of the legs, while genetic or skeletal dysplasia disorders may result in shortened or curved limbs. Every child’s story is unique, and a careful diagnostic approach ensures that the right factors are considered. Treatment Options Tailored to Your Child What treatment looks like depends on your child’s age, the cause of the limb difference, and how much it affects function or comfort. In many cases, non‑surgical options are effective and child‑centered: Observation and Monitoring: Some variations resolve naturally as your child grows. Orthotic Support: Braces or splints can gently guide limb alignment during growth phases. Guided Growth Techniques: These are minimally invasive procedures that use small implants to influence how bones grow, helping correct angular differences over time. For more significant or progressive differences, surgical correction may be recommended to realign bones, address length discrepancies, or improve function. Regardless of the path chosen, your child’s care team at POBAR works closely with you to explain each option, recovery expectations, and long‑term growth monitoring to ensure the best outcomes. POBAR Pediatric Orthopedic Care: Supportive, Skilled, and Family‑Focused At

Meniscus Tear

Knee Knots: What a Meniscus Tear Means for Your Child

Dr Bradley / March 31, 2026

A meniscus tear can leave your child’s knee feeling stiff, painful, or unstable, especially after a sudden twist or fall during play. At POBAR, we help families understand what causes a pediatric meniscus tear and guide you through diagnosis, recovery, and prevention with compassionate expertise. Early recognition and thoughtful care can make all the difference in healing and preventing future issues. Contact us to learn how our child‑friendly team supports strong knees and confident kids. From the grassy field of a soccer game to a quick pivot on the playground, children’s knees work hard every day. The meniscus is a C‑shaped piece of cartilage in the knee that acts as a shock absorber and helps distribute weight as your child runs, jumps, and plays. A tear in the meniscus can happen when the knee twists suddenly while bearing weight or during impact—especially in active kids and young athletes. These tears can lead to pain, swelling, stiffness, or a catching sensation in the knee, and understanding what they mean helps you act with confidence. What Does a Meniscus Tear Really Mean? The meniscus sits between the thighbone and shinbone and cushions the knee joint like a natural shock absorber. When a meniscus tear occurs, that cushioning is disrupted, which can affect your child’s ability to bend, straighten, or bear weight comfortably. Tears range from small frays that lead to mild discomfort to larger or displaced tears that cause catching, locking, or instability in the knee joint. This range of severity means that symptoms can vary quite a bit, and careful evaluation helps ensure your child gets the right care. Common Causes of a Pediatric Meniscus Tear Meniscus tears in children often happen during activities that involve sharp twists, pivots, or sudden changes in direction—movements common in sports like soccer, football, and basketball. A direct hit to the knee during play or repetitive stress from frequent squatting and kneeling can also contribute to tears. While aging is a common factor for meniscus problems in adults, in children it’s more often linked to active play or collisions, and underlying knee misalignment or instability may make a tear more likely. Common causes may include: Sudden twisting or pivoting of the knee during sports activities Direct impact to the knee from a fall or collision Overuse or repetitive stress on the knee joint Pre‑existing knee alignment issues Participation in high‑impact or contact sports Excessive strain from abrupt movements or uneven surfaces All these movements place stress on the cartilage and can lead to tears if the knee twists beyond its normal range or experiences a forceful hit. Recognizing the Symptoms in Your Child Understanding how to spot the signs of a meniscus tear can help you seek timely care and support your child’s recovery: Pain: Often felt along the joint line, especially when bending or twisting the knee. Swelling and stiffness: Common soon after the injury, sometimes developing over hours or days. Difficulty bending or straightening the knee: Pain or mechanical blockage may restrict motion. Locking or catching sensation: When a fragment of the torn cartilage gets trapped between joint surfaces. Instability or “giving way”: Especially during activities that require sudden direction changes. These symptoms may vary depending on the size and location of the tear as well as whether other knee structures are also affected. How a Meniscus Tear Is Diagnosed We begin with a gentle and thorough clinical evaluation to understand your child’s symptoms and knee function. A physical exam guides our assessment, and diagnostic imaging—most commonly an MRI—is often used to visualize soft tissues like cartilage and confirm the extent of the tear. Early and accurate diagnosis ensures that your child receives the most appropriate care for their specific injury. Treatment Options for Pediatric Meniscus Tears Meniscus tear treatment depends on the severity of the injury, your child’s symptoms, and the tear’s location. Pain and swelling may be managed initially with rest, ice, compression, and elevation, while supportive braces can help protect the knee during early healing. Non‑surgical care may include: Temporary activity modification to reduce stress on the knee Physical therapy to strengthen muscles and improve stability Bracing during activity to support the joint In cases where symptoms persist or the meniscus tear affects knee mechanics significantly, minimally invasive arthroscopic surgery may be recommended. Techniques such as repairing the tear or trimming the damaged cartilage help restore function and promote long‑term knee health. Children often heal well following arthroscopic procedures, especially when paired with tailored rehabilitation. Helping Your Child Return to Activity After meniscus treatment, whether non‑surgical or surgical, a structured rehabilitation plan helps rebuild strength and flexibility in the knee. Physical therapy focuses on restoring range of motion, strengthening surrounding muscles, and gradually increasing activity levels in a safe, controlled way. Recovery timelines vary with the injury’s severity, but many children are able to return to their favorite activities once strength, stability, and comfort are restored. Can Meniscus Tears Be Prevented? While no strategy completely eliminates the risk of a meniscus tear, good knee care habits can help reduce the likelihood of injury and support long‑term joint health: Warm up and cool down: Prepares muscles and joints for movement. Use proper footwear: Shoes with good support reduce knee strain. Avoid abrupt twisting motions: Especially on hard or uneven surfaces. Gradual activity progression: Helps muscles adapt to increased demands. Cross‑training: Promotes balanced muscle development. Healthy lifestyle habits: Maintaining a healthy weight supports knee joints. Encouraging safe play and listening to your child’s body—especially if they complain of discomfort during activity—can help protect their knees and keep them active with confidence. Compassionate Pediatric Knee Care at POBAR At POBAR, we know how much you want your child to stay active, safe, and happy. Our caring team specializes in pediatric meniscus tear evaluation and treatment designed for young athletes and active kids. From thorough assessments to personalized treatment plans and gentle guidance through recovery, we’re here to support your family with expert care and

A caring pediatric orthopedist examining a child with a joint sprain at POBAR clinic in Brandon.

Sprains

Bumps, Twists, and Turns: Understanding Pediatric Sprains

Dr Bradley / March 31, 2026

Pediatric joint sprains can be worrying for both children and parents, but with the right care, healing and strength can return. At POBAR, our experts guide families through recognizing symptoms, getting the right diagnosis, and following a treatment plan suited to your child’s needs. Understanding how a sprain happens, what to watch for, and how long recovery takes can ease your mind and help your child feel better sooner. Contact us for personalized guidance, compassionate care, and support at every step. From a playful jump on the playground to spirited games of backyard soccer, childhood is full of bumps and twists. Pediatric joint sprains happen when the strong bands of tissue called ligaments stretch or tear, usually from an unexpected twist, fall, or tumble during play or sports. These injuries can be painful and concerning, but with careful attention and expert guidance, most kids recover fully. Knowing the signs to watch for and how to help your child heal safely can make all the difference. What Is a Pediatric Joint Sprain? A pediatric joint sprain happens when a ligament — the tissue that connects two bones at a joint — is stretched beyond its normal range or partially torn. This commonly affects the ankle, knee, or wrist, especially in active children who love running, jumping, and playing sports. Even though children’s bones are still growing, sprains can occur and need thoughtful care just like in adults. Early and accurate care helps support healing and reduces the risk of repeated injuries later in life. Common Causes of Sprains in Children Children are naturally energetic, often trying new movements or playing on uneven surfaces. Typical causes of joint sprains include: Quick changes in direction while running or playing sports Landing awkwardly after a jump Falling during playground activities Collisions with peers or objects during play Because children’s coordination and balance are still developing, they’re sometimes more prone to sprains during vigorous play. When a sprain occurs, ligaments may be overstretched or partially torn, leading to pain and swelling around the joint. Recognizing the Signs and Symptoms Understanding what to look for can help you decide when your child needs care: Pain around the affected joint that gets worse with movement Swelling or puffiness shortly after the injury Bruising or discoloration over the joint Limited ability to move or put weight on the joint A popping sensation at the time of injury Older children may describe discomfort, while younger ones might limp, refuse to use the injured joint, or tug at the area. Because symptoms can resemble other types of injuries, careful evaluation is important. Getting an Accurate Diagnosis At POBAR, we tailor the evaluation to your child’s unique situation. A thorough physical examination helps assess how much a ligament has been stretched or torn. Imaging tools like MRI scans may be used to visualize soft tissues and ensure there aren’t more serious injuries alongside the sprain. Early and precise diagnosis helps our team recommend the best path to healing and helps prevent long-term joint problems. Treatment Options for Pediatric Joint Sprains Once a sprain is identified, treatment focuses on reducing pain and swelling while helping the joint regain strength and stability. Typical care options include: Rest, Ice, Compression, Elevation (RICE) Rest gives the injured joint a break from stress Ice applied in intervals helps reduce swelling Compression wraps support the joint Elevation above heart level decreases inflammation Physical Therapy A guided therapy program can restore range of motion, build strength, and improve stability so your child feels confident moving again. Bracing or Taping Supportive braces or tape can protect the joint during the healing phase and reduce the risk of further injury. This personalized approach ensures your child gets exactly the care they need — from simple sprains to more complex ligament injuries. Recovery: What to Expect Most pediatric joint sprains heal within several weeks with proper care. A mild sprain might improve in a couple of weeks, while more severe injuries could take 4–6 weeks or longer to return to full strength. During recovery, it’s important to: Protect the injured joint with rest and gentle support Follow therapist-recommended exercises to build strength Gradually reintroduce activities, starting with low-impact movements Every child heals at their own pace. Our specialists carefully monitor recovery and adjust guidance to your child’s progress, helping them return to play safely and confidently. Preventing Future Sprains While not every sprain can be prevented, you can reduce risk by encouraging: Warm-up and stretching before activity Proper footwear that fits well and offers support Strong foundational strength through balanced play and exercise Safe play environments that are free from hazards Encouraging healthy habits and proper technique in sports can help children stay active and minimize the likelihood of future sprains. POBAR Pediatric Joint Care — Helping Your Child Heal & Thrive At POBAR, we know how worrying it can be to see your child hurt. Our compassionate team is dedicated to providing expert pediatric joint sprain care that prioritizes your child’s comfort, healing, and long-term joint health. Whether your child needs a gentle physical therapy plan, thoughtful evaluation with imaging, or simply guidance through recovery, we are here to support your family every step of the way. Schedule a consultation or visit our clinic to learn how we can help your child recover safely and confidently. Frequently Asked Questions What’s the difference between a sprain and a fracture? A sprain affects the ligament around a joint, while a fracture involves a broken bone. Severe pain, visible deformity, or inability to bear weight may suggest a fracture, and should be evaluated promptly by an orthopaedic specialist. How soon can my child return to sports after a sprain? Return to sports should only happen once pain is gone and strength and stability are restored. A gradual progression with guidance from a specialist helps reduce the risk of re-injury. Can a mild sprain heal at home? Mild sprains often improve with rest, ice,

Parent supporting a child after a sports injury, illustrating ligament injuries in kids and the need for gentle care in Brandon.

Joint Dislocations

Sudden Twists & Turns: A Parent’s Guide To Ligament Injuries

Dr Bradley / February 26, 2026

When your child comes off the field or tumbles from the playground and suddenly won’t put weight on a knee or wrist, the fear can feel immediate and intense. Ligament injuries in kids can happen in an instant, often during sports, play, or even a simple slip. The good news is that most injuries heal well with the right care, and knowing what to look for can help you respond calmly and confidently. The key is understanding what a ligament injury looks like in a child, how it differs from adult injuries, and when to seek medical attention. With the right support, your child can recover fully and safely return to play. POBAR is here to guide families through this process with compassionate, clear information and reassurance. What Are Ligaments, and Why Are Kids Vulnerable? Ligaments are strong bands of tissue that connect bones and stabilize joints. They help joints move smoothly while preventing excessive movement that could cause injury. In children, ligaments are typically stronger than the growth plates in their bones, which means that a forceful twist or impact can sometimes injure the growth plate instead of the ligament. This is important because it changes how injuries present in kids. A child may have symptoms that look like a ligament sprain, but the real issue could be a growth plate injury, which requires careful evaluation. Because children’s bodies are still developing, their injuries often need a different approach than adults. Common Causes of Ligament Injuries in Kids Ligament injuries in kids often occur during active play and sports. Some of the most common causes include: Sports that involve cutting, jumping, or sudden direction changes, like soccer, basketball, gymnastics, or football Twisting motions during running or jumping Falls from playground equipment Direct impact to a joint Overuse injuries from repetitive motion, especially in young athletes who train intensely It’s also common for ligament injuries to happen during “normal” play, like running around the yard or slipping on a wet surface. Parents may be surprised because the injury seems minor at first, but ligament damage can worsen if not properly addressed. Signs and Symptoms to Watch For A ligament injury can range from mild to severe, and symptoms can show up immediately or gradually. The most common signs include: Pain and tenderness around the joint Swelling within a few hours of the injury Difficulty bearing weight or using the limb A feeling of instability or “giving way” Bruising or visible changes in the joint Limited range of motion Children may also become unusually quiet or clingy after an injury, especially if they are feeling scared or in pain. Trust your instincts—if your child seems unusually uncomfortable or avoids using a joint, it’s worth seeking evaluation. Immediate Steps: What to Do Right After an Injury When a child experiences a sudden twist or fall, your first priority is to support their safety and comfort. It’s normal to feel worried, but acting quickly and calmly can make a difference. Here’s what to do: Stop activity immediately. Encourage your child to sit or lie down. Use the R.I.C.E. method: Rest, Ice, Compression, Elevation. Avoid applying heat or massage right away. This can increase swelling. Keep the joint still and supported. A soft brace or towel can help. Seek medical evaluation if pain or swelling persists. If your child cannot bear weight, has a visible deformity, or is in severe pain, it’s important to seek urgent medical care. Even if the injury seems mild, a professional evaluation helps prevent further damage and ensures proper healing. How Ligament Injuries Are Diagnosed Doctors diagnose ligament injuries using a combination of physical examination and imaging. Since children may have growth plate injuries that mimic ligament sprains, a thorough evaluation is essential. Physical Examination A clinician will gently examine the joint, checking for tenderness, swelling, stability, and range of motion. They may compare the injured joint to the uninjured side to identify subtle differences. Children may need reassurance and comfort during this process, as they can feel frightened or resistant. Imaging Tests Depending on the injury, the doctor may order imaging such as: X-rays, to check for fractures or growth plate injuries MRI, to evaluate ligament damage or soft tissue injuries Ultrasound, sometimes used for certain joint assessments The imaging helps determine the severity of the injury and guides the treatment plan. Treatment Options for Ligament Injuries in Kids Treatment depends on the type and severity of the injury, but the goal is always to stabilize the joint, reduce pain, and protect healing tissue. Mild Sprains Mild ligament injuries are often treated with: Rest and reduced activity Ice and elevation Supportive bracing or taping Gradual return to activity once pain decreases Moderate Injuries Moderate injuries may require a more structured approach, including: Physical therapy to rebuild strength and flexibility A longer period of immobilization or bracing A supervised return-to-sport plan Severe Injuries Severe ligament injuries can sometimes require surgical intervention, especially if the joint is unstable or if the injury involves a growth plate. Surgery is less common in children than in adults, but it may be necessary in some cases. Recovery and Rehabilitation: What Parents Should Expect Children can recover quickly from ligament injuries, but rushing back into activity can lead to reinjury. A careful rehabilitation plan helps ensure the joint heals properly and strengthens over time. Rehabilitation Steps A typical recovery plan may include: Gentle range-of-motion exercises Strength training to support the joint Balance and coordination drills Gradual return to sports with a progressive plan Working with a physical therapist can be especially helpful because they can tailor the plan to your child’s age, sport, and level of activity. Rehabilitation is not just physical — it also helps children regain confidence and reduce fear of reinjury. Signs of Proper Healing Your child is likely healing well if: Pain decreases gradually over time Swelling improves Strength and movement return Your child feels more confident using the joint If pain persists, swelling worsens, or your child feels

$Parent comforting a newborn after a fracture diagnosis in Brandon, with POBAR providing calm support for newborn fractures.$

Joint Dislocations

My Baby Has a Fracture – Now What? A Calm, Supportive Guide

Dr Bradley / February 14, 2026

When your baby is diagnosed with a fracture, it can feel like your world stops. The shock, the fear, and the “what now?” thoughts can be overwhelming. Newborn fractures are rare, but they can happen — and with the right care, your baby can heal fully and comfortably. POBAR is here to guide you with calm reassurance and clear steps so you know exactly what to do and what to expect. Even though it’s hard to think clearly at the moment, understanding newborn fractures can make the situation feel less frightening. This guide explains how fractures occur in newborns, what signs to watch for, how they’re diagnosed, and how healing works. With supportive care and the right medical guidance, you can help your baby recover safely and confidently. Understanding Newborn Fractures: What Makes Them Different Newborn bones are still developing and are more flexible than older children’s bones. This flexibility means they can sometimes absorb force without breaking, but it also means that when fractures do happen, they may involve growth plates or subtle breaks that aren’t obvious at first. Many newborn fractures occur during birth, especially if delivery required force or assistance. They can also happen from accidents after birth, such as falls or bumps during handling. The most common newborn fractures involve the clavicle (collarbone) because it is relatively fragile and exposed during delivery. Because newborns cannot tell us what hurts, parents must rely on behavior and physical signs. Sometimes, the fracture is discovered during routine newborn exams or because the baby seems unusually fussy or avoids moving a limb. Common Signs of Newborn Fractures Newborn fractures can present differently depending on the bone affected, but there are several common signs to watch for: Unusual irritability or inconsolable crying, especially when touched or moved Swelling or bruising in a specific area, such as the shoulder or arm Reduced movement in one arm or leg A limp or stiffness when the limb is moved A baby who refuses to feed or seems uncomfortable during routine handling A newborn fracture is not always obvious, and some babies may only show subtle signs. If something feels off, it’s important to seek medical evaluation, even if the injury seems minor. What to Do Immediately if You Suspect a Newborn Fracture If you suspect your newborn has a fracture, your first priority is comfort and safety. Here are the steps to take: Stay calm and comfort your baby. Your presence is the most soothing thing you can offer. Avoid moving the affected area. Support the limb gently and keep it still. Do not attempt to straighten or adjust the limb. Trying to realign a fracture can cause more pain or injury. Seek medical evaluation promptly. Newborn fractures need professional assessment to ensure proper healing. Call your pediatrician or go to urgent care if needed. If the baby is in severe pain, not feeding, or showing signs of distress, don’t wait. Even though the situation feels scary, most newborn fractures heal quickly when treated properly. Your baby’s body is built to recover — and your calm actions can help protect the healing process. How Newborn Fractures Are Diagnosed When you arrive for evaluation, the medical team will take a careful and gentle approach to determine if a fracture is present. Physical Exam The doctor will gently examine the newborn and ask about the birth history, delivery, and any incidents that may have caused injury. They will look for swelling, tenderness, and asymmetry in limb movement. Since newborns can be sensitive to handling, the exam will be conducted with patience and warmth. Imaging Tests X-rays are typically used to confirm a fracture. In some cases, particularly with growth plate injuries or subtle breaks, the doctor may recommend follow-up imaging or specialist evaluation. Newborn bones can be harder to visualize on imaging due to their developing structure, so experienced clinicians will know what to look for. Understanding the Results Once the diagnosis is confirmed, the doctor will explain: The type of fracture (e.g., clavicle fracture, humerus fracture) Whether the bone is aligned properly or needs support The recommended treatment plan Expected healing time Newborn fractures generally have excellent healing outcomes when treated early and appropriately. Treatment Options for Newborn Fractures The goal of treatment is to support the bone while it heals, reduce pain, and prevent complications. Most newborn fractures heal well with non-surgical methods. Immobilization and Support Depending on the fracture, the doctor may recommend: A soft brace or wrap Gentle immobilization using supportive positioning Avoiding certain movements that could aggravate the injury Because newborns grow quickly, these supports are usually temporary but very effective. Pain Management and Comfort Your baby’s comfort matters. The doctor may recommend: Safe, age-appropriate pain relief Extra holding, soothing, and skin-to-skin contact Keeping the baby’s routine as normal as possible Comforting touch and reassurance are powerful tools in helping newborns feel safe while healing. When Surgery Is Needed Surgery is very rare for newborn fractures. It may only be considered if the bone is severely displaced or if there is concern for long-term complications. In most cases, the bone will heal naturally with gentle support. What Healing Looks Like at Home Newborn bones heal quickly, often faster than older children or adults. However, healing still requires careful monitoring and consistent support. Home Care Tips Follow the doctor’s instructions closely. Keep the baby comfortable and calm. Avoid lifting or moving the affected limb excessively. Keep the area clean and dry if a wrap is used. Watch for signs of swelling, redness, or worsening pain. If you notice increased irritability, fever, or swelling that worsens, contact your pediatrician immediately. Early communication can prevent complications and keep healing on track. Follow-Up Appointments Follow-up visits help ensure the fracture is healing properly. The doctor may take additional X-rays to confirm progress and adjust the treatment plan if needed. These appointments can provide reassurance and support, especially when parents feel anxious. Emotional Support for You and Your Baby A newborn fracture can feel like

In-toeing

Understanding In-Toeing Caused by Increased Femoral Anteversion

Dr Bradley / January 27, 2026

In-toeing in children can be caused by increased femoral anteversion, a common developmental condition affecting the thigh bone. At POBAR, our pediatric orthopedic specialists guide families through understanding the condition, its natural progression, and treatment options when necessary. This article explains how increased femoral anteversion affects gait, what to expect as children grow, and strategies for management. Parents can gain clarity on monitoring their child’s development, safe activities to encourage, and scheduling a consultation for personalized guidance. Many children are born with variations in how their legs and hips align. One common pattern is in-toeing, where the feet point inward while walking. Increased femoral anteversion is a frequent cause of in-toeing, especially in toddlers and preschoolers. This condition occurs when the femur (thigh bone) rotates more inwardly than usual. While it can look dramatic, it is often harmless and improves with age. Understanding the mechanics, risk factors, and developmental timeline of increased femoral anteversion can reassure parents and guide appropriate care, ensuring children maintain healthy mobility. What is Increased Femoral Anteversion? Increased femoral anteversion refers to an inward twist of the thigh bone relative to the hip. This rotation causes the knees and feet to turn inward, producing the classic “pigeon-toed” gait. It is more noticeable when children start walking independently. Girls are slightly more likely to show inward rotation than boys. Many children with this condition have no pain or functional limitations. Severity can vary from mild inward rotation to a more pronounced angle, but most cases improve without intervention. The condition usually peaks between ages 3 and 5 and often improves naturally as the child grows. By the time children reach adolescence, most demonstrate near-normal leg alignment without intervention, which makes early reassurance essential. Signs and Symptoms of In-Toeing Parents may notice several indicators of increased femoral anteversion: Feet pointing inward while walking or running Knees that seem to angle toward each other Difficulty running in a straight line or frequent tripping Unusual sitting positions, such as “W-sitting,” which can temporarily accentuate inward rotation Clumsiness or awkward gait patterns that may be noticeable during sports or playground activity It’s important to differentiate increased femoral anteversion from other causes of in-toeing, such as tibial torsion or hip dysplasia, both of which may require different evaluation and management. Proper assessment ensures the child receives accurate guidance. Causes and Developmental Factors The exact cause of increased femoral anteversion is not fully understood, but it is considered a normal variation in bone development. Genetic factors may play a role, as the condition sometimes runs in families. Muscular development and flexibility of the hip capsule contribute to how the femur rotates during growth. Rapid growth phases can temporarily accentuate in-toeing, even in otherwise healthy children. Environmental factors, such as habitual sitting positions, may influence the degree of inward rotation. In most cases, the condition is self-limiting and improves as bones remodel and muscles strengthen during childhood. Awareness of these factors helps parents make informed choices about activity and monitoring. How Pediatric Orthopedists Evaluate In-Toeing When parents notice in-toeing, a pediatric orthopedic evaluation ensures proper diagnosis. Our specialists consider several factors: Comprehensive medical and family history to identify patterns or hereditary links Observation of gait patterns while walking, running, and during play Assessment of hip and knee rotation ranges to determine severity Identification of any underlying conditions that might require treatment, such as hip dysplasia or neuromuscular disorders In some instances, X-rays or other imaging may be used to rule out structural abnormalities. Early evaluation provides reassurance to families and prevents unnecessary interventions, giving children freedom to move safely. Treatment Options and Management Most children with increased femoral anteversion do not require medical intervention. Treatment focuses on observation, education, and guidance for safe activity. Encouraging active play and normal walking patterns Avoiding special shoes or braces unless specifically recommended Physical therapy in rare cases where muscle weakness or imbalance affects function Guidance on sitting and recreational activities to minimize temporary worsening of in-toeing Surgery is almost never required unless the condition causes significant functional limitations or pain in older children. We emphasize non-invasive management, ensuring children can remain active while their alignment naturally improves. When to Seek Medical Attention Although increased femoral anteversion is usually harmless, certain signs should prompt evaluation: Persistent tripping or difficulty walking Pain in the hips, knees, or ankles Sudden worsening of gait patterns Concerns about asymmetry between legs or delayed improvement Prompt consultation with our pediatric orthopedic specialists can provide clarity, reassurance, and guidance on next steps. Early assessment ensures children stay active without unnecessary restrictions while monitoring normal development. Supporting Your Child at Home Parents can support their child’s development without specialized equipment: Encourage activities that promote balance, coordination, and lower body strength, like climbing, running, and swimming Avoid prolonged W-sitting positions, which may increase inward rotation temporarily Maintain regular pediatric check-ups to monitor leg alignment and overall growth Focus on positive reinforcement rather than corrective measures, which helps build confidence in movement Creating a supportive, active environment helps children naturally improve gait while maintaining confidence in their mobility and overall well-being. Long-Term Outlook for Children with Increased Femoral Anteversion Most children with this condition experience full improvement by late childhood or early adolescence. Long-term studies show: Few lasting functional limitations No significant impact on athletic performance or daily activities Occasional mild inward gait that is typically cosmetic rather than medical Understanding the typical developmental trajectory allows families to monitor progress and reduce unnecessary worry, knowing that intervention is rarely needed. POBAR Pediatric Orthopedics: Expert Guidance for In-Toeing At POBAR, our experienced pediatric orthopedic team specializes in understanding and managing conditions like increased femoral anteversion. We provide compassionate, child-centered care, helping families understand when observation is appropriate and when intervention may be needed. Parents can feel confident knowing their child’s gait is carefully monitored, and any necessary care is tailored to their specific developmental stage. Book a consultation today to discuss your child’s in-toeing, review activity recommendations, and

Author name: Dr Bradley